Metal Fiber Burner

Industrial-grade 316L metal fiber gas burner featuring 10000kW power capacity, 1100°C continuous operating temperature, and 20000-hour service life. Offers high radiation efficiency over 50%, wide load adjustment range, and exceptional thermal shock resistance for demanding applications.

Industrial full premix infrared burner featuring 3D metal fiber fabric technology for ultra-low 30mg/m³ NOX emissions and wide 100-10,000 kW/m² combustion range. Provides superior thermal shock resistance, energy efficiency, and customizable perforation designs for various industrial heating applications with enhanced safety performance.

Professional metal fiber fully premixed burner head for wall-mounted boilers and water heaters. Features comprehensive technical support, custom fabric selection, and million-level production experience ensuring stable, reliable performance. Ideal for efficient combustion systems requiring precise burner solutions.

Industrial metal fiber burner with blue flame technology offering ultra-low 30mg/m³ NOX emissions and wide 800-10000 kW/m² combustion range. Features 100% metal fiber construction for superior thermal shock resistance, complete fuel combustion efficiency, and versatile cylindrical or flat configurations for various heating applications.

High-performance pure metal fiber fabrics in knitted and woven constructions with 600-900°C temperature resistance and corrosion protection. Available in widths from 1000mm to 1900mm with customizable lengths. Ideal for glass industry, automotive manufacturing, and high-temperature filtration applications with SUS316L stainless steel composition.

Professional-grade FeCrAl metal fiber alloy fabric with exceptional high temperature resistance up to 1300°C. Features patented 3D knitted structures, superior oxidation resistance, and enhanced infrared radiation properties. Available in custom lengths with 40+ years of manufacturing expertise for industrial heating and thermal applications.

Precision metal combustion components engineered for infrared emitters and industrial burner systems. Features high-temperature resistance up to 1200°C, durable construction, and optimized combustion efficiency. Ideal for industrial heating, thermal processing, and combustion applications requiring reliable performance and extended service life.

Specialized metal fiber burners featuring 800kW/m² infrared combustion technology with comprehensive 3-year warranty. Customizable surface coverings, air distribution plates, and structural designs optimize performance for specific industrial applications. Enhanced anti-flashback capabilities and improved maintenance intervals for reliable gas boiler operation.

High-performance 316L stainless steel fiber braided rope designed for industrial applications requiring temperature resistance up to 700°C. Available in solid and hollow configurations with diameters from 8mm to 14mm and lengths from 10m to 100m. Features exceptional abrasion resistance, chemical inertness, and customizable specifications for glass manufacturing reinforcement and high-temperature cushioning applications.

Professional flat pass steel cylinder gas burners with 40 years manufacturing expertise. Customizable surface fabrics, perforated metal plates, and structural designs for optimal combustion performance. Enhanced tempering resistance, reduced maintenance cycles, and elimination of blockage issues. Contact our engineering team for tailored industrial burner solutions.

High-performance metal fiber gas burners featuring FeCrAl materials with 30-50μm fiber diameter. Delivers 1100°C operating temperature, >50% radiation efficiency, and excellent thermal shock resistance. Custom solutions available for industrial heating, drying, and processing applications with load ranges from 100-10,000 kW/m².

High-performance metal combustion components designed for infrared emitters and industrial burners. Features low debris design, 1200°C temperature resistance, and corrosion protection. Reduces maintenance frequency while ensuring reliable operation in demanding thermal processing applications.